An interpretation of electrodynamics that starts from requiring that solutions to the field equations be time-inversion symmetric is named for this physicist and for John Wheeler. Divergences in an approach to quantum mechanics he developed were resolved by a method of renormalization he developed with Schwinger and Tomonaga. He predated the discovery of quarks and gluons in his (*) parton model. One construct named for this physicist provides a way to rewrite a Dyson series and depicts photons as wavy lines. For 10 points, name this physicist responsible in large part
An interpretation of electrodynamics that starts from requiring that solutions to the field equations be time-inversion symmetric is named for this physicist and for John Wheeler. Divergences in an approach to quantum mechanics he developed were resolved by a method of renormalization he developed with Schwinger and Tomonaga. He predated the discovery of quarks and gluons in his (*) parton model. One construct named for this physicist provides a way to rewrite a Dyson series and depicts photons as wavy lines. For 10 points, name this physicist responsible in large part for the path integral formulation of quantum mechanics and for a graphical representation of particle interactions, his namesake diagrams.
An interpretation of electrodynamics that starts from requiring that solutions to the field equations be time-inversion symmetric is named for this physicist and for John Wheeler.
Richard Phillips {Feynman}